An easy to use immersed boundary method in 2D, with full implementations in MATLAB and Python that contains over 75 built-in examples, including multiple options for fiber-structure models and advection-diffusion, Boussinesq approximations, and/or artificial forcing.
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Inconsistent dimensions between u.0000.vtk and later indices #12
Steps to reproduce:
Run the MATLAB version of Example_Channel_Flow/Example_Flow_Around_Cylinder. Compare the dimensions of u.0000.vtk and any of the other u.####.vtk files. The DIMENSIONS field is switched.
For some reason, the first vtk output seems to be the transpose of all the later ones. I'm not sure if this issue is confined to this one example (though I'm inclined to doubt it), or if it is only in the MATLAB version. The problem does not seem to be occurring in Omega.0000.vtk, P.0000.vtk, or uMag.0000.vtk
Steps to reproduce: Run the MATLAB version of Example_Channel_Flow/Example_Flow_Around_Cylinder. Compare the dimensions of u.0000.vtk and any of the other u.####.vtk files. The DIMENSIONS field is switched.
For some reason, the first vtk output seems to be the transpose of all the later ones. I'm not sure if this issue is confined to this one example (though I'm inclined to doubt it), or if it is only in the MATLAB version. The problem does not seem to be occurring in Omega.0000.vtk, P.0000.vtk, or uMag.0000.vtk